GamePP Frequently Asked Questions

1. Enter the "PC Benchmarking" module and select the "Stress Test (Beta)" tab; 2. Choose the comprehensive temperature burn-in item; 3. Monitor hardware temperature in real time; 4. Determine stability; 5. Check data for AMD Ryzen 5 9600X under high load in PUBG.

1. Open the GamePP main interface and click on the "PC Benchmark" module. 2. Select CPU tests combined with game scenes. 3. Run the test to view scores. 4. Analyze data for the CPU Intel Core i9 14900K in the game Fortnite. 5. Export the report for evaluation.

1. Launch GamePP and select the 'Computer Benchmark' module from the main interface.2. Check 'Memory Benchmark' in test options, covering bandwidth, latency, and multi-channel performance.3. Click 'Run Test', the system will execute serialized read-write operations, recording peak speeds for memory ADATA XPG LANCER RGB 32GB (2x16GB) DDR5 6000.4. View GB/s metrics and timing analysis in the report.5. After testing, start game GTA V and monitor memory usage to verify multi-task stability.6. If scores are low, recommend checking XMP settings and rerun benchmark to confirm improvement.

Resolution methods: 1. Ensure the test environment (e.g., resolution) during benchmarking matches the actual game resolution; 2. In GamePP, enable the same filters and rendering settings as in the actual game; 3. Disable system power management and power-saving modes to maintain high-performance operation; 4. Use GamePP's in-game monitoring to verify real-time actual frame rate performance. It is recommended to use in-game real-time frame rate data as the final reference and optimize game settings combined with benchmark data.  

"Evaluating i7-14700K performance in late-game Civilization VI: ① Select 'CPU Stress Testing' function in GamePP; ② Load a large save file with 300+ turns; ③ Enable core usage distribution monitoring; ④ Record calculation time data per turn; ⑤ Test performance impact with different AI counts (4/8/12); ⑥ Analyze i7-14700K's single-core performance bottlenecks and multi-core utilization when handling complex late-game scenarios, determining optimal AI count settings."